Difference between revisions of "User:Zeynepaydainan"
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I am Zeynep Ayda Inan, a member of class of 2018 at Duke University. I come from Istanbul, Turkey. My plan is to major in Mechanical Engineering and do either double major or a minor. | I am Zeynep Ayda Inan, a member of class of 2018 at Duke University. I come from Istanbul, Turkey. My plan is to major in Mechanical Engineering and do either double major or a minor. | ||
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[http://www.sciencemag.org/content/311/5766/1380.full Fusion Power: Will It Ever Come?], William E. Parkins, ''Science'', updated 10 March 2006, accessed 13 September 2014 (Grand Challenge) | [http://www.sciencemag.org/content/311/5766/1380.full Fusion Power: Will It Ever Come?], William E. Parkins, ''Science'', updated 10 March 2006, accessed 13 September 2014 (Grand Challenge) | ||
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| + | == '''MATLAB Demonstrations: "Viewing a penny" ''' == | ||
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| + | My favorite of the MATLAB Demonstrations is "Viewing a penny". This demonstration in MATLAB shows how to visualize the surface data using MATLAB. I've always been interested in visualization of certain data. | ||
| + | This example showed me how to use 'contour plots', 'pseudo color plots' (with a colormap) (and which forms a photography-like image of the penny) and 'surface plot with a colormap' (which creates a 3-D colored surface plot). | ||
Latest revision as of 03:49, 15 September 2014
About Me
I am Zeynep Ayda Inan, a member of class of 2018 at Duke University. I come from Istanbul, Turkey. My plan is to major in Mechanical Engineering and do either double major or a minor.
Fusion Power: Will It Ever Come?, William E. Parkins, Science, updated 10 March 2006, accessed 13 September 2014 (Grand Challenge)
MATLAB Demonstrations: "Viewing a penny"
My favorite of the MATLAB Demonstrations is "Viewing a penny". This demonstration in MATLAB shows how to visualize the surface data using MATLAB. I've always been interested in visualization of certain data. This example showed me how to use 'contour plots', 'pseudo color plots' (with a colormap) (and which forms a photography-like image of the penny) and 'surface plot with a colormap' (which creates a 3-D colored surface plot).
